Overview
Athlete rehabilitation refers to the process of fully reintegrating an athlete into competitive sport following a serious injury or surgical procedure. It differs from general rehabilitation in its ultimate objective: returning to normal everyday function is not sufficient. The athlete must regain their full level of sporting performance while minimizing the risk of further injury.
It applies to athletes at every level, from amateurs seeking to return to the sport they enjoy to professionals facing demanding performance targets and strict return-to-play timelines. The process includes physiotherapy, neuromuscular training, the gradual reintroduction of sports-specific loading, psychological support and biological support for healing.
Each stage must be completed adequately before the athlete progresses to the next. Omitting any stage can dramatically increase the risk of recurrence.
Characteristics of Athlete Rehabilitation
The defining feature of athlete rehabilitation is its multifactorial nature. The outcome is not determined by a single factor, but by a complex combination of biological, neuromuscular, psychological and functional considerations that must be addressed in a coordinated manner.
A central concept is Return to Sport (RTS). The decision to return should not be based solely on the amount of time that has passed, but on the achievement of specific biological and functional criteria, including sufficient tissue maturity, strength symmetry, restored proprioception and psychological readiness.
Biological tissue maturity, particularly following cruciate ligament reconstruction or tendon surgery, is one of the most frequently overlooked factors.
Athletes who return before the tissue is biologically ready, even when they feel well, face a significantly increased risk of reinjury, with potentially serious consequences for their sporting careers.
Scientific Basis
The incorporation of hyperbaric oxygen therapy into athlete rehabilitation protocols has been studied primarily in professional sport, where outcomes can be measured directly.
Studies have reported faster biological tissue maturation, earlier achievement of Return to Sport criteria and lower recurrence rates among athletes who followed rehabilitation protocols supplemented with hyperbaric oxygen therapy.
In athletes facing intensive return-to-sport schedules in particular, hyperbaric oxygen therapy appears to act as a biological accelerator that may support the safer and earlier achievement of RTS criteria. It does not bypass the natural healing process but supports and enhances it.
The Role of Hyperbaric Oxygen Therapy
In athlete rehabilitation, hyperbaric oxygen therapy provides biological support throughout the entire process, from the early postoperative phase to preparation for a return to competition.
During the initial stages, the objectives are to reduce inflammation and swelling promptly, accelerate wound healing and help prevent complications.
During the intermediate stages, the focus shifts towards improving the quality of newly formed tissue through the activation of regenerative cells, the synthesis of functional collagen and the stimulation of neovascularisation.
During the final stages before the athlete’s return, hyperbaric oxygen therapy may support recovery from training and reduce the cumulative physiological load associated with progressively more intensive exercise.
The treatment course is fully individualized according to the type and severity of the injury, the surgical procedure performed and the athlete’s return-to-sport objectives. It typically consists of 20 to 50 sessions, distributed according to the different therapeutic goals of each phase.